36results about How to "Mitigate volatilization" patented technology

A bearing includes an axial hole and a plurality of first grooves. The first grooves are formed on the inner wall of the bearing, and extends through the top surface and to the outer wall of the bearing. The lubricant oil originally held in the bearing can be guided to flow around the whole bearing effectively.

The invention provides a lanthanum lithium zirconate solid electrolyte and a preparation method thereof, comprising the following steps: step S1, preparing lanthanum lithium zirconate powder and lithium germanate powder respectively; step S2, coating the surface of the lanthanum lithium zirconate powder Covering the lithium germanate powder to obtain a composite powder; step S3, subjecting the composite powder to pre-pressing and cold isostatic pressing to obtain a ceramic green body, and sintering the ceramic green body in liquid phase to obtain Lithium lanthanum zirconate solid electrolyte. The present invention reduces the volatilization of lithium ions during the sintering process and simultaneously reduces the grain boundary resistance and intrinsic resistance, thereby achieving the purpose of greatly improving the ion conductivity of the lithium lanthanum zirconate solid electrolyte.

The invention discloses a laminated soft-packed metal-air battery and a preparation method thereof. The laminated soft-packed metal-air battery is composed of a packaging shell, a battery cell, a battery core, an electrolyte, electrolyte injection and gas The conduction device is composed; the battery core includes a porous positive electrode sheet, a diaphragm, a negative electrode sheet, a positive electrode ear and a negative electrode ear, wherein the porous positive electrode sheet, the diaphragm and the negative electrode sheet are stacked in sequence to form a laminated structure; the electrolyte injection and gas conduction devices are at least 1 hollow pipe, which is connected to the packaging shell, one end extends into the battery cell, and the other end is connected to the electrolyte supply device or the gas supply and collection device. The laminated soft-packed metal-air battery of the present invention does not need to punch holes on the positive electrode shell, and solves the problem of poor contact of the cells at the hole punched in the positive electrode shell.

The invention relates to a finger cot. The finger cot comprises a finger cot body matched with a finger in appearance, a medicine anti-seepage layer comprises an impermeable cover sleeving the finger cot body, the impermeable cover is detachably connected and matched with the finger cot body, the impermeable cover is made from a polyethylene material or a polyvinylidene chloride material, an air suction hole is formed in the outer circumferential wall, covered with the impermeable cover, of the finger cot body and is communicated with an air outlet of a second ear washing bulb through a second air pipe. According to the finger cot, decomposition and volatilization of active components can be effectively relieved, the utilization rate of a repair liquid and a recovery liquid is increased, and the scar repair cost and the cosmetic cost are reduced.

The disclosure provides a method for preparing an electrolyte and an electrolyte replenishment system during an electrolytic process. The method includes the following steps: Step A: placing aluminum in a reactor, vacuumizing the reactor and feeding an inert gas, heating the reactor to 700-850 degrees centigrade, and adding one or more of potassium fluozirconate, potassium fluoborate, sodium hexafluorozirconate and sodium fluoroborate; and Step B: stirring the reactants for 4-6 hours and extracting the upper molten liquid to obtain an electrolyte replenishment system during an aluminum electrolysis process. The disclosure has the following beneficial effects: when used in the aluminum electrolysis industry, the electrolyte system provided herein can be directly used as an aluminum electrolyte or a replenishment system in an electrolyte without changing existing electrolysis technology to significantly reduce an electrolysis temperature during an aluminum electrolysis process.

The invention relates to a medical finger cot for reducing the cosmetology cost. A medicine impermeable layer comprises an impermeable cover sleeving a finger cot body, and the impermeable cover and the finger cot body are detachably connected and matched, the impermeable cover is made of a polyethylene or polyvinylidene chloride material, and a bleeder hole is formed in the peripheral wall, covered with the impermeable cover, of the finger cot body and is communicated and connected with an air outlet of a second rubber suction bulb through a second air pipe. The finger cot can effectively relieve decomposition and volatilization of active components, the utilization rate of a repair liquid and a recovery liquid is increased, and the scar repairing and cosmetology cost are reduced.

The invention relates to novel medical equipment for scar repair. An elastic ring is arranged in a position of a sleeve opening of an anti-seeping sleeve; a clamp groove used for installing the elastic ring is formed in the outer side wall surface of a strip body; and a groove opening of the clamp groove points at the inclined upper side. The medical equipment provided by the technical scheme has the advantages that a strip body generating plastic deformation can be folded to be consistent with the physiological curve of each affected part of the human body; then, repair liquid and rehabilitation liquid are coated on a medicine anti-seeping layer; the medical equipment is fast pasted to the scar part or the skin to be nursed, so that the treatment on the large-area affected part can be realized. In addition, the medicine anti-seeping layer formed by polyethylene or polyvinylidene chloride materials cannot absorb active ingredients, so that the coating quantity of the repair liquid and the rehabilitation liquid can be effectively reduced, and the volatilization and the decomposition of the active ingredients can be relieved.

The invention discloses anti-aging equipment and method for a batch-type asphalt mixing tower. The equipment comprises a blender whose inner top face is equipped with an oxygen content monitoring device and a gas pressure monitoring device. The bender is further connected with a material weighing machine, an asphalt weighing machine, an inert gas storing device, an inert gas recycling device and a gas-discharging pressure-reducing device. Inert gases such as nitrogen and carbon dioxide are sent into the sealed blender, so that the contact opportunity of asphalt and oxygen can be reduced, and the aims of increasing the internal gas pressure in the blender and reducing volatilization of light oil are achieved. The higher blending temperature and the longer blending time are achieved, so that mineral aggregate wrapping degree of the asphalt and the blending uniformity can be improved. The oxygen content and the gas pressure in the blender can be monitored, so that the filling amount of the inert gases can be reasonably controlled. An oxygen removing device in the inert gas recycling device can utilize fuel combustion in the device to remove oxygen and the inert gases recycled after the oxygen removing process are conveyed to the inert gas storing device through a pipeline.

The invention provides a preparation method for a sodium columbate ceramic material with stable antiferroelectricity and low dielectric loss, belonging to the field of dielectric ceramic materials. With the method, stability of an antiferroelectric phase in pure sodium columbate ceramic is realized; ferroelectric phase induced by an electric field does not occure in a 100 kv / cm high electric field; and the material has low dielectric loss (less than 2%). The preparation method comprises the following steps: weighing Na2CO3 and Nb2O5 according to a mol stoichiometric ratio of Na to Nb of 1: 1 and putting the two raw materials into a ball milling tank for ball milling, with absolute ethyl alcohol as a ball milling medium; and subjecting powder obtained after batch mixing to dry grinding through a high-energy ball milling method so as to obtain nanometer sodium columbate powder, directly pressurizing and molding the obtained nanometer powder without addition of any binder and then carrying out sintering at 1350 to 1375 DEG C so as to obtain a ceramic body. Determination of a stable antiferroelectric phase is realized through electric performance testing. The preparation method provided by the invention is simple and has low energy consumption. The prepared sodium columbate ceramic material has stable antiferroelectricity and low dielectric loss.